This study has considered the definition of temperature increase in the cryogenic propellant at the development stage of propulsion system. From the analysis of known theoretical model for calculation and the consideration of possible heat and mass tr...
This study has considered the definition of temperature increase in the cryogenic propellant at the development stage of propulsion system. From the analysis of known theoretical model for calculation and the consideration of possible heat and mass transfer mechanism on the full-scale tank, methodical characteristics of calculation-experimental for estimation of key parameters of temperature rise and thermal stratification have been formulated with application of sub-scale tank modeling and imitation of operation environment of propellant supplying system.